Cell Viewer
Explore labelled, rotatable 3D cell models. Click any organelle to highlight it and read what it does. Currently covers the animal cell, with plant, bacteria, and fungal…
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Interactive resources
32 biology simulations, guided investigations and challenges, mapped to the WA and Australian curricula, US standards and GCSE.
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Explore labelled, rotatable 3D cell models. Click any organelle to highlight it and read what it does. Currently covers the animal cell, with plant, bacteria, and fungal…
Explore how glucose and oxygen are converted into ATP inside cells using interactive Cell, Mitochondrion and Energy Production views. Investigate the roles of…
Explore how light, carbon dioxide, water and temperature affect photosynthesis, and trace the inputs and outputs through a leaf and chloroplast.
Complete a structured investigation using leaf and chloroplast views to identify photosynthesis inputs and outputs, locate key processes, and test light, carbon dioxide,…
Investigate whether a species has declined, expanded or remained relatively stable using real distribution records, authoritative population evidence and assessed range…
Explore real Australian species occurrence data to investigate geographic distribution, changes through time, environmental associations and sampling limitations.…
Explore real, location-specific food webs, build food chains, predict how a change ripples through a web, and test the model against observations from a real event (the…
Use real monarch observations and long-term monitoring data to investigate seasonal migration, population change, and relationships between biotic and abiotic factors.
Investigate real satellite-tracking data from green sea turtles to explore migration, habitat use and marine conservation. Follow individual turtles on an interactive…
Use the Education Universe 3D Earth to explore real-world examples of natural selection and investigate how environmental pressures change inherited trait frequencies…
Compare authentic 3D hominin skull models side by side or as transparent overlays. Examine braincase shape, brow ridges, facial projection, jaws and chewing adaptations,…
Explore human evolution as a branching process rather than a simple linear sequence. Investigate major hominin groups, compare species that coexisted, and use an…
Explore how inherited variation, environmental selection, survival and reproduction change phenotype and allele frequencies across generations.
Explore famous fossil sites — from Lagerstätten to bonebeds and trackways — and investigate how preservation shapes what we can learn about life through deep time.
Explore living and fossil stromatolite locations, compare the evidence for early life, and investigate how biosignatures inform the search for life beyond Earth.
Use an interactive DNA model to solve challenges involving base pairing, strand direction, genes and sequence composition.
Design two parent fruit flies across four real, documented Drosophila traits, breed them, and analyse the resulting phenotype ratios with a built-in chi-square…
Design two parent fruit flies across four real, documented Drosophila traits, breed them, and analyse the resulting phenotype ratios with a built-in chi-square…
Investigate how alleles separate during meiosis, combine during fertilisation and produce predictable genotype and phenotype ratios using Punnett squares and simulated…
Compare mitosis and meiosis side by side to see how chromosomes separate, chromosome number changes and genetic variation is produced.
Compare original and mutated DNA to see how substitutions, insertions and deletions alter codons, amino acids and protein outcomes.
Freely explore the anaemia investigation decision tree — MCV, reticulocytes, iron studies, B12 and folate, haemolysis markers and blood film — selecting any test in any…
A blind self-assessment of the anaemia investigation algorithm. The mechanism and diagnosis stay hidden until submission, results give no live correctness signal, and…
A scaffolded walkthrough of the anaemia investigation algorithm: classify by MCV, assess marrow response, then unlock the targeted follow-up test for the case, with the…
Freely explore the coagulation investigation decision tree — platelet count from the FBC and an ordered PT/APTT screen branch into mixing studies, factor assays,…
Take the role of the clinician running a cardiac arrest or unstable arrhythmia. Recognize the rhythm on the monitor, decide whether it calls for unsynchronized…
Interpret full blood count patterns by comparing haemoglobin, red cell indices, white cell differential and platelet results across common foundational haematology…
Work a haematology case end to end: decide what to order from the presentation, triage the full blood count, work a targeted investigation pathway, commit to a diagnosis…
A randomised challenge covering red cell morphology recognition: finding specific cell types within a field, identifying a field's overall pattern, and reasoning about…
A procedural blood film explorer covering red cell morphology recognition — microcytes, macrocytes, hypochromia, spherocytes, target cells, schistocytes, sickle cells…
A structural reference tool linking the haematopoietic stem cell hierarchy to the parameters reported on a full blood count. Select a lineage to see which FBC values it…
Explore a labelled 3D model of the human kidney. Students can click named sub-models such as the renal cortex, renal medulla, renal pelvis, ureter, renal artery, renal…